HPL_ladd - Man Page

#include "hpl.h"
 void HPL_ladd( int * J, int * K, int * I );

HPL_ladd adds  without carry two long positive integers  K and J  and puts the result into I. The long integers  I, J, K are encoded on 64 bits using an array of 2 integers.  The 32-lower bits  are stored in the  first  entry  of each array,  the 32-higher bits  in the second entry.

J       (local input)           int *

On entry, J is an integer array of dimension 2 containing the encoded long integer J.

K       (local input)           int *

On entry, K is an integer array of dimension 2 containing the encoded long integer K.

I       (local output)          int *

On entry, I is an integer array of dimension 2. On exit, this array contains the encoded long integer result.

HPL_lmul (3), HPL_setran (3), HPL_xjumpm (3), HPL_jumpit (3), HPL_rand (3).

HPL_dmatgen(3), HPL_jumpit(3), HPL_lmul(3), HPL_pdmatgen(3), HPL_rand(3), HPL_setran(3), HPL_xjumpm(3).